Reverse Engineering
We reverse engineer products to uncover design improvements and troubleshoot issues by analyzing components, structure, and functionality. This involves disassembling the product to reveal its internal workings, materials, and manufacturing processes.
Our design engineers employ advanced techniques like 3D scanning and teardowns, creating detailed CAD models that serve as the foundation for a new design. This information enables us to pinpoint cost-saving opportunities in manufacturing.
While leveraging the power of reverse engineering, we prioritize the consideration of intellectual property rights before initiating the analysis.
Out of production of VW center cap. 3D scanned, meshed, brought into Solidworks and 3D printed in resin for remanufacturing.
Original Wheel
3D Scan
Rendering
SLA Print
Our Process
Ethical Compliance
Before we begin, we consider ethical aspects, including intellectual property rights. Our commitment is to ensure compliance with legal and ethical standards, respecting patents and proprietary information associated with the product.
Product Selection
We choose the product for reverse engineering, defining our goals—whether it’s enhancing design, troubleshooting, or understanding underlying technology.
Initial Documentation
We document external features, materials, and any available information about the product, laying the groundwork for our analysis.
Precision Disassembly
Carefully disassembling the product, we take note of component arrangements, connections, and unique features, employing both physical disassembly and non-destructive methods like 3D scanning when needed.
Component Analysis
We conduct in-depth analyses of each component, scrutinizing function, materials, and manufacturing processes. This involves material identification, dimensional measurements, and a comprehensive assessment of each part’s quality.
Functional Expertise
Our team studies the product’s functionality, understanding how different components collaborate and comprehending the system architecture. This step often involves testing individual components to grasp their roles in the product’s operation.
Detailed Documentation
We create meticulous documentation, including CAD models, schematics, and technical drawings, ensuring an accurate representation of the product’s structure and components.
Advanced Tools
Leveraging cutting-edge tools like 3D scanning and simulation software, we gather precise data and simulate the product’s behavior to enhance our analytical capabilities.
CAD Modeling
Developing detailed Computer-Aided Design (CAD) models based on our collected data, these models become the cornerstone for any redesign or improvement initiatives.
Redesign
If our goal is improvement, we apply engineering principles to redesign components or the entire product, aiming to enhance performance, reduce costs, or address any identified issues.
Finalized Documentation
We conclude with comprehensive documentation, including updated CAD models and insights gained during the reverse engineering process.